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| <nowiki>
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|
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| #define EXG_SAMPLE_SIZE 154
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|
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| class EXG_Class
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| {
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| private:
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| int number_of_analog_lines;
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| int Unit_ID;
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| int Port_ID;
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| int Port_Type;
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| int NeoPixel_Address;
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|
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| void SetUnitID(int id_value)
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| {
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| Unit_ID = id_value;
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| }
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|
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| void SetPortID(int port_number)
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| {
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| Port_ID = port_number;
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| Port_Type = Port_Definitions.Port_Type[Port_ID];
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| ConfigurePins();
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| SetupPins();
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| }
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|
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| bool SetNeoPixelAddress(int i2c_address)
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| {
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| NeoPixel_Address = i2c_address;
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| Signal.NEO_AddressSet(i2c_address);
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| }
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|
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| void SetupPins()
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| {
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| if (Port_Definitions.Port_Type[Port_Type] == I2C_MIX)
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| {
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| pinMode(Port_Definitions.Port_Line_2[Port_ID],INPUT);
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| pinMode(Port_Definitions.Port_Line_3[Port_ID],INPUT);
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| pinMode(Port_Definitions.Port_Line_4[Port_ID],INPUT);
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| }
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| }
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|
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| void ConfigurePins()
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| {
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| if (Port_Definitions.Port_Type[Port_Type] == I2C_MIX)
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| {
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| number_of_analog_lines = 1;
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| Analog_Line[0] = Port_Definitions.Port_Line_5[Port_ID];
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| }
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| if (Port_Definitions.Port_Type[Port_Type] == I2C_ANALOG)
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| {
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| number_of_analog_lines = 4;
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| Analog_Line[0] = Port_Definitions.Port_Line_2[Port_ID];
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| Analog_Line[1] = Port_Definitions.Port_Line_3[Port_ID];
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| Analog_Line[2] = Port_Definitions.Port_Line_4[Port_ID];
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| Analog_Line[3] = Port_Definitions.Port_Line_5[Port_ID];
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| }
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| }
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|
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| public:
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| int Analog_Line[4];
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| NeoPixel_Class Signal;
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|
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| int GetPort_Type()
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| {
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| return(Port_Type);
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| }
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|
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| int GetUnitID()
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| {
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| return(Unit_ID);
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| }
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|
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| int GetPortID()
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| {
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| return(Port_ID);
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| }
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|
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| int GetNumberAnalogLines()
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| {
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| return(number_of_analog_lines);
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| }
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|
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| bool InitializeUnit(int unit_id, int port_id, int neopixel_address)
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| {
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| SetUnitID(unit_id);
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| SetPortID(port_id);
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| SetNeoPixelAddress(neopixel_address);
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| return(Signal.NEO_Initialize(neopixel_address));
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| }
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|
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| int AnalogLineRead(int line_number)
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| {
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| if (line_number < number_of_analog_lines)
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| return(analogRead(Analog_Line[line_number]));
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| else
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| return(-1);
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| }
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|
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| };
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|
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| EXG_Class EXG_Unit[4];
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|
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| int EXG_DATA[4][EXG_SAMPLE_SIZE];
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| int EXG_DATA_EXTREME[4][2];
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|
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| int EXG_x_offset = 0;
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| int EXG_y_offset = 0;
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| int EXG_x_width = 160;
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| int EXG_y_height = 128;
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|
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| void EXG_Frame()
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| {
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| int box_top = EXG_y_offset;
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| int box_bottom = box_top + EXG_y_height;
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| int box_left = EXG_x_offset;
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| int box_right = box_left + EXG_x_width;
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| int box_width = EXG_x_width;
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| int box_height = EXG_y_height;
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|
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| DrawScreenRotation(1);
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|
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| DrawScreenCompartment(box_left,box_top,box_width,box_height,COMMON_WHITE,COMMON_BLUE);
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| }
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|
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|
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|
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|
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| void EXG_Collect(EXG_Class EXG_Unit)
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| {
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| int EXG_Delay = 30;
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| int number_of_lines = 0;
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|
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| int max_value = -5000;
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| int min_value = 5000;
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|
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| number_of_lines = EXG_Unit.GetNumberAnalogLines();
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|
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| for(int x=0;x<4;++x)
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| {
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| EXG_DATA_EXTREME[x][0] = min_value;
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| EXG_DATA_EXTREME[x][1] = max_value;
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| }
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|
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| for(int x = 0; x < 1; ++x)
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| {
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| for(int y=0;y<number_of_lines;++y)
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| {
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| EXG_Unit.AnalogLineRead(y);
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| }
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| delay(EXG_Delay);
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| }
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|
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| for(int x = 0; x < EXG_SAMPLE_SIZE; ++x)
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| {
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| for(int y=0;y<number_of_lines;++y)
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| {
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| EXG_DATA[y][x] = EXG_Unit.AnalogLineRead(y);
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| if(EXG_DATA[y][x] > EXG_DATA_EXTREME[y][1])
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| EXG_DATA_EXTREME[y][1] = EXG_DATA[y][x];
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| if(EXG_DATA[y][x] < EXG_DATA_EXTREME[y][0])
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| EXG_DATA_EXTREME[y][0] = EXG_DATA[y][x];
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| }
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| delay(EXG_Delay);
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| }
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|
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| EXG_Display_Data(EXG_Unit,EXG_Delay);
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|
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| }
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|
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|
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| void EXG_Demo()
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| {
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| Serial.println("EXG Intro");
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| EXG_Frame();
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| while(1)
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| {
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| EXG_Collect(EXG_Unit[0]);
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| }
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| }
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|
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| </nowiki>
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|
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| [[Pseudo-Medical_Monitor_Code#Custom_Includes]]
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